Type of Wound and product range which is used

Primary burn care

D-Fibroheal Meshed is a silk-based, bi-layered, sterile surgical wound dressing sheet with outstanding biocompatibility, high cell attachment, cell migration, and tissue regeneration properties.

It is used from Day 0

How it works?

Promotes the growth of nourishing granulation tissue and re-epithelialization

Keeps the optimum moist environment that is necessary for quicker wound healing

D-Fibroheal Ag Sprinkling Powder is innovative in terms of its special features, qualities, and functionality. In order to promote high cell adhesion, cell migration, and tissue regeneration properties for faster healing, it is an advanced antibacterial powder wound dressing that also contains silk protein and asiaticosides complex.

Low to moderate to high exuding wounds

How it works?

Excess damaged tissue and keeps the ideal moist environment in integrity.

Allows effective granulation, cell movement, and cell attachment.

D-Fibroheal Suture dress contains silk protein and nano-silver wound dressing with three layers that is sticky and has adhesive and antibacterial properties

Low to moderate handling clean wounds

It is used from Day 0 to 5 stitching day

How it works?

Prevents infections at surgical sites, promotes proliferation, and improves wound healing

D-Fibroheal Ag Foam is non-adhesive sterile, soft, conformable, bi-layered polyurethane foam impregnated with silver that has a sustained release mechanism, silk protein, and asiaticoside complex, which promotes high cell attachment, cell migration, and tissue regeneration properties and speeds up wound healing.

Moderate to high exuding wound

How it works?

Creates an environment that is ideal for healing wounds

Boosts the rate of epithelialization

Higher pain index

D-Fibroheal Ag Particles are made of pure lyophilized silk protein and nano-sized silver-based antibacterial particles with greater surface area in order to promote improved and quicker healing.

How it works?

Vascular development, fill in the gaps, and create a structural matrix tissue promoting fibroblast migration and collagen formation

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